Research Fellow (Experimental Nanomechanics)
Core
Lead cutting-edge research in in-situ experimental mechanics, developing MEMS-based characterization platforms inside SEM/TEM environments to investigate real-time mechanical failure, interfacial phenomena, and coupled problems in low-dimensional materials and energy systems.
Role type
Research Fellow (Experimental Nanomechanics)
Builds
Custom MEMS-based micro-stages and testing devices for in-situ mechanical and multiphysics characterization
Domain
Nanotechnology, Materials Science, Experimental Mechanics
Deliverable
research
Required skills
MEMS design and fabrication, cleanroom microfabrication, SEM/TEM operation, in-situ mechanical testing, data analysis and programming (Python/MATLAB), academic writing
Preferred skills
AI-driven experimental workflows, automated experimental systems
Responsibilities
Design and fabricate custom MEMS-based micro-stages and testing devices; Plan and conduct advanced in-situ SEM and TEM experiments; Lead high-impact journal publications and present research findings; Assist in drafting research grant proposals; Co-supervise PhD candidates and undergraduate researchers; Oversee maintenance and safety protocols for key lab equipment
Seniority
Mid-Senior, hands-on IC researcher